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## DUAL DIAMOND RUNNER

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## Envisioning the future of performance

## An exploration of geometric manipulation

## CREATION PROCESS

## Triply Periodic Minimal Surface (TPMS):

## a crystalline structure repeated in three-dimensions,

## spanning the smallest possible area of its given boundary.

## Diamond TPMS:

## A surface formed from the summation of trigonometric 'sin' and cos' curves

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## Diamond = sin(x)sin(y)sin(z)+sin(x)cos(y)cos(z)+cos(x)sin(y)cos(z)+cos(x)sin(y)cos(z)

## Mechanical Benefit of Diamond Structures:

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## Compressive, bending-dominated geometry

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## Uniform stress distribution

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## Structural lightweighting

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## Vibrational Damping

## Phase Transitions: manipulation of internal architecture

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## Controllability over the transition and nature of

## open spaces (air) with solid surfaces (wall)

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## Allows for variations in weight, compressibility, and regional stiffness

## Single Phase

## Dual Phase

## Double Single Phase

## Double Dual Phase

## Dual Diamond Running Midsole

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## Grid of air pores across the center of the midsole for cushioning and rebound

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## Top and bottom regions thicker for greater support and durability

## Field Map Texturing

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## Field Map: A 2D-representation of the structure at a single layer

## Purple solid portion

## Blue empty space

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## Upper and Outsole patterned with the 'field map' of the diamond structure

## The potential for 3D-printed structures to outperform traditional foam models

## surely exists and is only yet to realized

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